Jobs at Sogeclair S.A.

Leads complex aircraft structural design and integration activities, including 3D modeling, assemblies, drawings, metallic and composite parts, joints, interfaces, tolerances, and fasteners. Coordinates with engineering and manufacturing disciplines, resolves interface conflicts, supports certification and root-cause investigations, manages design changes and PLM data, and mentors engineers. Requires a relevant engineering bachelor’s degree and typically 10–15 years of aerospace engineering experience.

Designs and integrates aircraft structures from concept through detailed definition, production support, certification, and in-service modifications. Develops 3D models, assemblies, drawings, metallic and composite components, joints, interfaces, and fastening concepts. Coordinates with engineering and manufacturing disciplines, resolves interface conflicts, supports certification and root-cause investigations, manages design changes in PLM systems, and provides technical status, risk identification, and peer support.

Designs, develops, installs, integrates, tests, and supports electrical and computer systems for train simulators. Responsibilities include hardware and network configuration, simulator infrastructure setup, electrical drafting, hardware integration, customer technical support, supplier coordination, and improving quality systems. The role also involves designing hardware layouts, ensuring hardware-software communication, applying electrical standards, and providing on-site and remote support.

Leads requirements management, system architecture, high-level design, integration, verification, validation, and testing for software-based simulation projects. Translates customer needs into specifications, maintains system models and traceability, conducts design reviews and FAT/SAT, manages technical risks and configuration baselines, and provides technical leadership across engineering teams. Supports Agile processes, MBSE adoption, documentation, customer interaction, tender support, and alignment with cybersecurity policies and industry standards.

Design and document mechanical system modifications for Learjet, Challenger, and Global aircraft. Coordinate with suppliers, customers, and multidisciplinary engineering teams on requirements, configuration, design reviews, trade studies, certification, troubleshooting, root-cause analysis, and implementation. Support bids, statements of work, production investigations, and aircraft system completion while ensuring compliance with FAA, EASA, TCCA, and CFR Part 25 requirements.

Develop functional simulation models for train systems using MATLAB Simulink and potentially C++. Interpret electrical and pneumatic schematics, functional specifications, technical manuals, and drawings. Apply control theory and Newtonian physics to model electromechanical systems, analyze requirements, and develop compliant designs. Support team collaboration, mentoring, performance management, quality processes, productivity goals, and continuous improvement while coordinating with teams in Adelaide and Pune.

Define and document Siemens NX CAD standards, templates, and workflows within Teamcenter PLM. Integrate NX, CATIA V5, and multi-CAD tools, troubleshoot issues, review model compliance, and improve engineering processes. Lead requirements workshops, create user documentation, mentor users, and collaborate with engineering, manufacturing, IT, and Siemens teams to support adoption of proposed solutions.

Manage configuration management and engineering change activities across the aerospace product lifecycle. Coordinate Change Control Board submissions, documentation, configuration baselines, modification implementation, stakeholder inputs, risks, dependencies, and corrective actions. Collaborate with engineering, manufacturing, quality, program management, suppliers, and customers while monitoring KPIs and supporting aircraft modifications, customization, production, and delivery configuration. Improve configuration and change-management processes in a complex international aerospace environment.

Leads and coordinates technical projects in a manufacturing environment, analyzing operational needs and developing practical solutions. Optimizes work methods, standards, and coordination processes; connects shop-floor teams, support functions, and management; documents processes; identifies continuous improvement opportunities; and recommends corrective actions. Serves as a technical resource for complex matters while coordinating stakeholders, managing priorities, and maintaining project schedules.

Develop and improve flight control laws (CLaws) for Fly-by-Wire aircraft, support R&D projects, validate requirements, and ensure compliance with DO-178B standards.

Design and model aircraft cabin parts and assemblies: create/modify 3D models, produce and update technical drawings, standardize models, analyze change requests, research specifications, perform root-cause analysis, support production/engineering, verify assembly documentation, and comply with AS9100 and company QMS procedures.

Supports aircraft interior modification programs for defense customers through engineering design, systems integration, certification, documentation, and technical leadership. Develops modification packages, reviews designs, evaluates impacts on aircraft systems, coordinates suppliers and cross-functional teams, and supports FAA certification and STC compliance. Manages work packages, schedules, risks, and technical deliverables while ensuring projects meet budget, quality, regulatory, and schedule requirements.

Design, develop, verify and certify Fly-by-Wire flight-control laws. Write DO-178B/ARP4754-compliant requirements, perform V&V for a primary flight computer, and update design models and assessment tools using Matlab and C++ as needed.

The Senior Mechanical Designer will lead the design and modeling of 3D parts/systems, ensuring compliance with client standards and optimizing design for manufacturability while mentoring junior team members.

Integrates and installs aircraft cabin mechanisms, monuments, equipment, and internal structures. Defines interfaces, updates aircraft digital mock-ups in CATIA, resolves production and testing issues, coordinates with suppliers and engineering teams, reviews deliverables, manages design changes, supports certification, and ensures compliance with customer specifications, aerospace standards, and quality procedures.

Lead complex experimental flight test projects from planning through completion by coordinating cross-functional teams, managing schedule, budget, risk, safety, and stakeholder communications, and delivering program reports and corrective actions.

The Designer role focuses on 2D/3D design and modeling of parts and assemblies, problem resolution related to production, and compliance with engineering standards.

Integrate and install aircraft cabin mechanisms, apply design drawings, update the aircraft Digital Mock-Up (DMU) with CATIA V5, liaise with suppliers, manage engineering changes, support certification, perform root-cause analysis, and follow AS9100 and company QMS procedures.

The role involves supporting document management in aerospace, including formal checks, reviewing deliveries, and document distribution to teams and clients.

Design and model aircraft cabin parts and assemblies in 3D/2D, produce technical drawings, apply AS9100/QMS practices, support production and engineering, perform root-cause analysis, FAI processes, and contribute to R&D and bids.